SAR Probe Calibration

FCC ID: JUPTRIMTRACE

RF Exposure Info

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FCCID_833383

Calibration Laboratory of sctmatzeictorKatirtanst Schmid & Partner Sarvee uiss @hrlonnage Engineering AG Sentle sero ol tantra Zovgrausetass 000 urch, Sutzoiand Sss Calbeatin Sevice Acruttsby ho SuisFaguaOoWtlogand Acusttn Acsdtateno: 5CS 108 Te SuiseAcerestaton Senicis on of tsinatores o tEA Mobltarn Areemanforthrecogntonofaltratoncericten ciem CC cariteas no: EX3—3554_Apror CALIBRATION CERTIFICATE | Oe Exepve=snissse Cittvaton prceduets OA CAL—O1v8, OR CAL—12# and OA CAL—t4va Callbration procedure for dosimatiE—feld probes Catvaton se Aorl 24, 2007 Coritinctnecainaus un in Tolgrance ‘iscairatocorfecocumenis h vaceaitt ratona trdacs utch elze e ahvicl nts of mosurenons (30 T measiremenisand h uncntes ut cntdarc ce are gvan onh flewingpageand re par of e cortcte Abcairatom hve beocouan h h ceson aci envnmntanporaine 22 °C nd hy «70% Caieaten Eauomentvand (WATE crte orcaaion) Finac tintace jo# s ue Cattmiy, contes o) comiesCatatin Porernoureaarss commure zomor (werns, n 2trausro) margs Poversemoreston |nvanissert ie suear wems no 21cord marcs Poversenoretion mravissosr rowsror weras, ns arransro) o Retonnce 368 Atonanee |ste stose 00— 1ointsETs ts arto) moor Rternce 2068 Atenare |ste stoss ts 2strar ETS to, 2170070 mares Rstrerce 3000A|ste serze o0 1g06 ETRS Ne 2r7cosm) heor Ratuerce Pose Essove sns Alanor Grexe, h esscor90n anos oree ovese 2 ain0s crexs No pageastuo) unor |secsntr uns |ox ns Bae intocsel sunaiiesCte it grencensoric USSEEIRTO +090 GPG,intocse deacNorB®) inss ce Norar Hemon Rennerkn ersse.. |usarmooss 1Buat F2A ntomcteatOt06) intoectecc Oxror hare Faeaeo smovee Catmsty retariione deaeaiieaa "2e o yZ Acsromsoy AnBsnnar Rid iea 7,”g‘_’4{%‘ isuns rouias,2o0r Tiscaiatocufeasnn be erndvcnvcotn ht uht uitan avoatofheitortoy Cortfeate No: Exs—asssAntr Page 1 ot10

Calibration Laboratory of SctwoieriscterKatmientorat Schmid & Partner Servce auise tinomnage Engineering AG Sarvil vinere ol tamturn ‘evahacstamse dt004 RorchSwizenind Suiee Cattraton Senvce Acersstatono: 5CS 108 Motttet greemanfor t rocogntion o cattraoncorcates Glossary: TSL tissue simulating lquid NORMxy.z sensitiviy in free space ConF sensitiviy in TSL / NORMcy.z por diode compression point Polarization o rotation around probe axis Polarization 8. $ rotation around an axis that is in the plane normal to probe axis (at measurement center), Le., 8 = 0 is normal to probe axis Calibration is Performed According to the Following Standards: a) IEEE Std 1528—2003, "IEEE Recommended Practicefor Determining the Poak Spatia Averaged Specific Absorption Rate (SAR)in the Human Head from Wireless Communications Devices: Measurement Techniques", December 2003 b) IEC 62200—1, "Procedure to measure the Specifc Absorption Rate (SAR) for hand—held devices used in close proximity to the ear (frequency range of 300 MHz to 3 GHz)\ February 2005 Methods Applied and Interpretation of Parameters: + NORMxy.z: Assessed for E—feld polarization 9 0 (f< 900 Mz in TEM—cel; 1 > 1800 MHz: R22 waveguide). NORMiyz are only intermediate values, Le., the uncertainties of NORMicy.z does not effect the E*—feld uncertainty inside TSL (see below ConvF). * NORM(Mxy,z = NORMxy,z * frequency.response (see Frequency Response Chart). This linearization is implemented in DASY4 software versions later than 4.2. The uncertainty of the frequency response is included in the stated uncertainty of ConvF. + DOPxyz: DCP are numerical Inearization parameters assessed based on the data of power sweep (no uncertainty required). DCP does not depend on frequency nor media * ConvF and Boundary Effect Parameters: Assessed in fat phantom using E—field (or Temperature Transfer Standard for f s 800 MHz) and inside waveguide using analylical fleld distributions based on power measurements for 1 > 800 MHz. The same setups are used for assessment of the parameters applied for boundary compensation (aipha, depth) of which typical uncertainty values are given. These parameters are used in DASY4 software to improve probe accuracy close to the boundary. The sensitiviy in TSL corresponds to NORMxy.z " Conv whereby the uncertainty corresponds to that given for GonvF. A frequency dependent ConyF is used in DASY version 4.4 and higher which allows extending the validly from + 50 MHiz to « 100 MHz * Spherical isotropy (3D deviation from isotropy); in a feld of low gradients realized using a fat phantom exposed by a patch antenna. * Sensor Offset: The sensor offset corresponds to the offset of virtual measurement center from the probe tip (on probe axis). No tolerance required. Certfcate No exo.assApor Page 0t 10

Exsovs sN:3554 April 24, 2007 Probe EX3DV4 SN:3554 Manufactured: July 13, 2004 Last calibrated: February 22, 2006 Recalibrated: April 24, 2007 Calibrated for DASY Systems (Note: non—compatble wih DASY2system) Cenifeats no: exs asseapor Page 3 ot 10

Exsovs sN:3554 April 24, 2007 DASY — Parameters of Probe: EX3DV4 SN:3554 Sensitivity in Free Space® Diode Compression® NormX a.3r0 s toms wVi(Vim)® pcP x 01 mV Norm¥ 0.480 s to.ss wVi(Vim® por y 82 mV Normz a.3s0 s to.% wVi(Vim)" ocr 2 s3 mV Sensitivity in Tissue Simulating Liquid (Conversion Factors) Ploase see Page 8 and 9. Boundary Effect Ts 900 Mite Typical SAR gradients 5% per mm Sensor Centar to Phantom Surtace Ditance 20 mm 30 mm SARa(X] Wihout Conecton Algorthm se is SAR.,(X] Wih Conection Algorthn oa o7 Ts 1750 Mite Typlcal SAR gradient 10% permm Sensor Genterto Phantom Surace Ditance 20 mm 30 mm SAR D4 Wihout Coecton Algorthm «8 24 SAR., 1 Wth Coection Algorthm 08 o8 Sensor Offset Probe Tip to Sensor Conter 1.0 am The reported uncertainty of measurement is stated as the standard uncertainty of |Zeresponds to a eoverage probanifty of approwimataly sa%. measurement multiplied by the coverage factor k=2, which for a normal distribution Athe cnitnis ol NomiXZ t etafocne .tsrcerany net T9. se Page ) * Numorcalianton swanetouncnnant eneaures CerifeaNo: E33584 Anor Page« or10

Exsovs sN:3554 April 24, 2007 Frequency Response of E—Field (TEM—Cellif110 EXX, Waveguide: R22) Frequency rosponse (nomatizod) 12 11 10 (8 os o7 as as o seo 1000 1so zoc0 2sco s0s0 «it —o—reu —o—nee Uncertaity ofFrequency Response of E—felt £ 6.3%(ke2) Ceifeaie No: Ex5seAnor Page Set10

ExsoVs sN:3554 April 24, 2007 Receiving Pattern (¢), 8 = 0° 1= 600 Mkz, TEM ifitt0EXX 1= te00 miz,we Rez ~o—soniie —a~ oo nte Emor) ——soo ie —a~ie00 uite —a~2soo unte o so t2o 10 mo xo seo en Uncertaity of Axial isotropy Assossment £ 0.5% (ke2) Cenifems No: mo.ss5¢Apar Page s ot 10

Exsove sNissse April 24, 2007 Dynamic Range f(SARneaq) (Waveguide R22, £= 1800 MHz) 1e« reee 18e InoutSigna! t nea 1e« 18e 18e neeo cc00: oo oor on 1 10 100 SA8 ImiWien‘) ~8—notcomponsated ~#—conpensates Eror g) sn o 1 10 100 SA8 (mWien‘) Uncertainty of Linearity Assessmant£0.6% (ke2) Corifeaie No: Ex3.2551Anor Page rotto

Exsovs sN:3554 April 24, 2007 Conversion Factor Assessment «uis VallityMit]® tst. rormitiviy Conductty Alsha Dopth ConE Uncortainty aso a80/2100 Head «ase5% oarast o3s 086 820 a183% (en) gos aso/a100 Head ansast ooorsm oss 085 776 at0te(e2) e00 ss0/a100 Head ansest oorsm 080 o8s ret ati0t(e2) 1450 £50/2100 Head: 40sxt 12025% 063. 080 721 £11.0%(e2) 1750 £80/100 Head: 40.ta8% nark8% 025. 100 687 £11.0%(e2) 1000 £80/2100 Head 40045% raokst 27 100 658 at10% 1950 £80/2100 Head: 4ok st n4oe8t 025. 107. 630 £11.0% 2000 +s072100 Head: 40025% da0kst 048 100 633 etio% 2000 a50/2100 Head coers% t7te9t 048 100 697 stt (e2) aaso as0/2100 head dorast neosh 080| 100. 618 a 16 (ed) 2000 £80/2100 Head soou5% noskst .Os3 100 604 etiat(e2) 3500 £80/2100 Head: droa5% 20r5t.. 048. 086 508 ad9.i% (e2) 4050 +80/2100 Head: dea8% aaor5t 048 165. 503 a19.1% (eP) s200 £80/2100 Head: 9so45% Aesest 045 165. 463 a19.1% (e2) sa0o «so/a 01 Head sso«s% areast 048 165 443 £10.1%(e2) se00 «s0/e100 Head aseast dosesm 080 165 410 afo.it(ed) seoo «soya 01 Head assasm soresth 048 165. 424 a10.%(e2) se00 «s0/2100 Head dsa5% S2re8% .048 165. 41 218.1%(e2) © trevaiy ota 10 M ont apotes tOASY ve4 ang ghr se Page2. Thuncersiny is teS ot e GomE uncerantyateabraton fanuency and h unceraint fr h edetet hequency band Centeate No: Ex3584Aner PaseBor10

Exsovs sN:3554 April 24, 2007 Conversion Factor Assessment uis Vality M]® tst_ pornitiviy Conductty Alpha Dopth ConF Uncertainty aso «so/r100 Bosy Sorks% Odezsh 048 Ose 900 eta9% (e2) sas «so/a100 Booy seast oorks% oss oos 800 £110%(e2) s00 «so/a 100 Boay seorsh roses% oes 080 rst 2110% taso ssora 100 Boay seozsm r8ors% oe0 100 689 2 110%(e2) drso «sorz100 Boay soazsn rasesm 022. ror 682 £110%(e2) 1800 «so7z100 Bosy saaast nsrk8% oro 130 661 a110%(e2) 1950 «sorz100 Boy sagast nsre8% 020 nar 648 »410%(e2) 2000 «s0/ 2100 Bowy saaast rsre5% 040 100 691 £110%(e2) 2000 «so/a 100 Boyy seeasn reses% ost 100 637 £ t18%(e2) 2aso +s0/a100 Bosy Sai7a8% 10525% 080 100 614 + 118%(2) 2000 «so/a 100 Bowy sasast arers.. ost 100 s04 £118%(e2) 3500 «so/a 100 Boy stazsn acrasn oss on2 se8 a toth(e2) «aso «sora 100 Boyy aoazsn sores% oso 170 428 £10.%(2) s200 «sorz100 Boay: 4o0+8% sa05% 081 170 a77 a1ath(ed) sa0o «so/ator Bosy: aasast saze5% ons 170. 360 a1ath(e2) ssoo «so/a 100 Booy daeast sess% 080 170 a61 £191%(e2) seoo aso/ator Bogy aasast s7res% 080 170. 380 a1ot%(ea) seoo «sora 100 Boyy asaas eoos% oso 170 ass ator%(e2) travaiy t 10M onl apates tGASY ve4 and ghr (seePage 2. Thunceranty is tRSS ot e Con uncerant atcalbrtion recuency and h uncerantytorth ndetes feavency bond Conifeate No: E0.3584Anar Pagesato

EX3DV4 SN:3554 April 24, 2007 Deviation from Isotropy in HSL Error ($, 8), £=900 MHz mac0—a80 m.o20—000 ma00—000 m.010—620 m20000 Eiror (B] uesmom momes mowes momos momico Uncertainty of SphericalIsotropy Assonsmentt 2.6% (ke2) Cerifeate No: Exa.asstAmor Pase thot 10


Document Created: 2019-06-05 00:59:55
Document Modified: 2019-06-05 00:59:55
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